Development of a three-level soft switching topology for renewable energy applications with multiple operating modes: Development of three-level soft switching topology

J. Barsana Banu, R. Karthigaivel, T. Deepika vinothini, J. Jeyashanthi
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Abstract

This paper introduces the maximum-efficiency three-level inverter selected for renewable energy applications. The three-level step-up converter greater the power changing efficiency by lowering the voltage stress. The three-level inverter limits the total power troubles and eliminates the reverse recovery issues. In addition, the projected configuration minimizes harmonic distortion and electromagnetic interference problems. The projected high-efficiency three-level inverter defeats the minimum efficiency problem of conventional two-level inverters and gives maximum efficiency at the best quality output. In order to validate the concert of the projected methodology, the 3-level inverter has been developed best concurrence with the obtained simulation results.
多工作模式下可再生能源应用三电平软交换拓扑的发展:三电平软交换拓扑的发展
本文介绍了可再生能源应用中选用的最高效率三电平逆变器。三电平升压变换器通过降低电压应力提高了功率变化效率。三电平逆变器限制了总功率问题,并消除了反向恢复问题。此外,投影结构最大限度地减少了谐波失真和电磁干扰问题。所设计的高效三电平逆变器克服了传统两电平逆变器的最低效率问题,在最佳输出质量下实现了最高效率。为了验证所提方法的一致性,开发了与仿真结果最吻合的三电平逆变器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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